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aerodynamic load

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View Wind-tunnel investigation of aerodynamic loading on a 0.237-scale model of a remotely piloted research vehicle with a thick, high-aspect-ratio supercritical wing By Thomas A. Byrdsong

Wind-tunnel investigation of aerodynamic loading on a 0.237-scale model of a remotely piloted research vehicle with a thick, high-aspect-ratio supercritical wing

Wind-tunnel investigation of aerodynamic loading on a 0.237-scale model of a remotely piloted research vehicle with a thick, high-aspect-ratio supercritical wing

By Thomas A. Byrdsong

View A modified T-value method for selection of strain gages for measuring loads on a low aspect ratio wing By Ming Han Tang

A modified T-value method for selection of strain gages for measuring loads on a low aspect ratio wing

A modified T-value method for selection of strain gages for measuring loads on a low aspect ratio wing

By Ming Han Tang

View High-area-ratio rocket nozzle at high combustion chamber pressure--experimental and analytical validation By Robert S. Jankovsky

High-area-ratio rocket nozzle at high combustion chamber pressure--experimental and analytical validation

High-area-ratio rocket nozzle at high combustion chamber pressure--experimental and analytical validation

By Robert S. Jankovsky

View User's guide By Patricia A. Kerr

User's guide

User's guide

By Patricia A. Kerr

View F-18 High Alpha Research Vehicle surface pressures By David F. Fisher

F-18 High Alpha Research Vehicle surface pressures

F-18 High Alpha Research Vehicle surface pressures

By David F. Fisher

View In-flight investigation of shuttle tile pressure orifice installations By Timothy R. Moes

In-flight investigation of shuttle tile pressure orifice installations

In-flight investigation of shuttle tile pressure orifice installations

By Timothy R. Moes

View Wind-tunnel investigation of aerodynamic loading on a 0.237-scale model of a remotely piloted research vehicle with a thick, high-aspect-ratio supercritical wing By Thomas A Byrdsong

Wind-tunnel investigation of aerodynamic loading on a 0.237-scale model of a remotely piloted research vehicle with a thick, high-aspect-ratio supercritical wing

Wind-tunnel investigation of aerodynamic loading on a 0.237-scale model of a remotely piloted research vehicle with a thick, high-aspect-ratio supercritical wing

By Thomas A Byrdsong

View Comparison of wing-span averaging effects on lift, rolling moment, and bending moment for two span load distributions and for two turbulence representations By Jacob H. Lichtenstein

Comparison of wing-span averaging effects on lift, rolling moment, and bending moment for two span load distributions and for two turbulence representations

Comparison of wing-span averaging effects on lift, rolling moment, and bending moment for two span load distributions and for two turbulence representations

By Jacob H. Lichtenstein

View A summary of the forebody high-angle-of-attack aerodynamics research on the F-18 and the X-29A aircraft By Lisa J. Bjarke

A summary of the forebody high-angle-of-attack aerodynamics research on the F-18 and the X-29A aircraft

A summary of the forebody high-angle-of-attack aerodynamics research on the F-18 and the X-29A aircraft

By Lisa J. Bjarke

View Fluctuating loads measured on an over-the-wing supersonic jet model By Conrad M. Willis

Fluctuating loads measured on an over-the-wing supersonic jet model

Fluctuating loads measured on an over-the-wing supersonic jet model

By Conrad M. Willis

View Comparison of wing-span averaging effects on lift, rolling moment, and bending moment for two span load distributions and for two turbulence representations By Jacob H Lichtenstein

Comparison of wing-span averaging effects on lift, rolling moment, and bending moment for two span load distributions and for two turbulence representations

Comparison of wing-span averaging effects on lift, rolling moment, and bending moment for two span load distributions and for two turbulence representations

By Jacob H Lichtenstein

View Effect of an alternate winglet on the pressure and spanwise load distributions of a first-generation jet transport wing By Lawrence C. Montoya

Effect of an alternate winglet on the pressure and spanwise load distributions of a first-generation jet transport wing

Effect of an alternate winglet on the pressure and spanwise load distributions of a first-generation jet transport wing

By Lawrence C. Montoya

View Experimental performance and analysis of 15.04-centimeter-tip-diameter, radial-inflow turbine with work factor of 1.126 and thick blading By Kerry L. McLallin

Experimental performance and analysis of 15.04-centimeter-tip-diameter, radial-inflow turbine with work factor of 1.126 and thick blading

Experimental performance and analysis of 15.04-centimeter-tip-diameter, radial-inflow turbine with work factor of 1.126 and thick blading

By Kerry L. McLallin

View Effects of flow separation and cove leakage on pressure and heat-transfer distributions along a wing-cove-elevon configuration at Mach 6.9 By William D. Deveikis

Effects of flow separation and cove leakage on pressure and heat-transfer distributions along a wing-cove-elevon configuration at Mach 6.9

Effects of flow separation and cove leakage on pressure and heat-transfer distributions along a wing-cove-elevon configuration at Mach 6.9

By William D. Deveikis

View Design of a 4-1/2 stage turbine with a stage loading factor of 4.66 and high specific work output By P. F. Webster

Design of a 4-1/2 stage turbine with a stage loading factor of 4.66 and high specific work output

Design of a 4-1/2 stage turbine with a stage loading factor of 4.66 and high specific work output

By P. F. Webster

View Aircraft dynamic loads due to flow separation By North Atlantic Treaty Organization. Advisory Group for Aerospace Research and Development.

Aircraft dynamic loads due to flow separation

Aircraft dynamic loads due to flow separation

By North Atlantic Treaty Organization. Advisory Group for Aerospace Research and Development.

View Measurements of heat transfer, flow, and pressures in a simulated turbine blade internal cooling passage By Louis M. Russell

Measurements of heat transfer, flow, and pressures in a simulated turbine blade internal cooling passage

Measurements of heat transfer, flow, and pressures in a simulated turbine blade internal cooling passage

By Louis M. Russell

View Nacelle Aerodynamic and Inertial Loads (NAIL) project By

Nacelle Aerodynamic and Inertial Loads (NAIL) project

Nacelle Aerodynamic and Inertial Loads (NAIL) project

By

View Boundary layer effects on unsteady airloads By North Atlantic Treaty Organization. Advisory Group for Aerospace Research and Development. Structures and Materials Panel.

Boundary layer effects on unsteady airloads

Boundary layer effects on unsteady airloads

By North Atlantic Treaty Organization. Advisory Group for Aerospace Research and Development. Structures and Materials Panel.

View Unsteady airloads in separated and transonic flow By North Atlantic Treaty Organization. Advisory Group for Aerospace Research and Development. Structures and Materials Panel.

Unsteady airloads in separated and transonic flow

Unsteady airloads in separated and transonic flow

By North Atlantic Treaty Organization. Advisory Group for Aerospace Research and Development. Structures and Materials Panel.

View The calculation of generalised forces on oscillating wings in supersonic flow by lifting surface theory By G. Z. Harris

The calculation of generalised forces on oscillating wings in supersonic flow by lifting surface theory

The calculation of generalised forces on oscillating wings in supersonic flow by lifting surface theory

By G. Z. Harris

View Aircraft loading and structural layout By Denis Howe
Cover of Aircraft loading and structural layout by denis howe

Aircraft loading and structural layout

By Denis Howe

View Studies on air loads on man By John J. Swearingen

Studies on air loads on man

Studies on air loads on man

By John J. Swearingen

View A method for the prediction of wing response to nonstationary buffet loads = By B. H. K. Lee

A method for the prediction of wing response to nonstationary buffet loads =

A method for the prediction of wing response to nonstationary buffet loads =

By B. H. K. Lee